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「Lattice」の共起表現一覧(1語右で並び替え)

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8 came the first 100 ft aluminum alloy closed lattice aerial ladder which became a Peter Pirsch spe
a system that results from stretching a cubic lattice along two of its orthogonal pairs.
ystal lattices result from stretching a cubic lattice along one of its lattice vectors, so that the
The Chasman-Green lattice, also known as a double bend achromat lattice
ies of the material by distorting the crystal lattice and disrupting the physical and electrical ho
r temperatures many phonons are active in the lattice and all of the amplitude of the transition sh
The distinction between a Bethe lattice and a Cayley tree is that the former is the t
pple slices (some are decorated with a pastry lattice and most are made with short crust pastry).
y Rudolf Wille in 1984, and builds on applied lattice and order theory that was developed by Birkho
tetragonal (from stretching the simple-cubic lattice) and the centered tetragonal (from stretching
ovide the structural backbone of the clathrin lattice, and the three light chains are thought to re
places a high degree of strain on the mineral lattice and causes an increase in the number of grain
entres occupying a hexagonally closest-packed lattice, and bismuth centres occupying either one-thi
h AgCN, the linear chains pack on a hexagonal lattice and adjacent chains are off set by +/- 1/3 c,
Brillouin zones, a) in a square lattice, and b) in a hexagonal lattice
mulated system is treated as a unit cell in a lattice, and when a particle moves out of the cell, i
The latter authors viewed the method as a lattice approximation to the real space of extra dime
An alternative approach using lattice approximations is covered in (Wick rotated) l
For a complete lattice, arbitrary subsets have both infima and supre
internal diameter steelwork 422353647768 unex lattice arch' mean?
orphism, sulfur and nickel within the olivine lattice are reconstituted into metamorphic sulfide mi
d herbertsmithite, contain layers with kagome lattice arrangement of atoms in their crystal structu
The deformation of the NaCl lattice, as measured by x-ray diffraction (XRD), serv
kel and cobalt atoms incorporate into diamond lattice, as demonstrated through characteristic hyper
als leading eventually to the collapse of the lattice as it becomes unstable
hat all their space groups have the hexagonal lattice as underlying lattice.
es of an electron in a two-dimensional square lattice, as a function of a magnetic field applied to
t one of their space groups has the hexagonal lattice as underlying lattice, and is the union of th
ppm Ni and up to 2500ppm S within the crystal lattice, as contaminants and substituting for other t
r instance, an impurity atom I with 4 nearest lattice atom A neighbours (at equal distances) in a F
usually on true off-lattice sites between the lattice atoms.
ial atom position with respect to its nearest lattice atoms.
Lattice based access control models were first formal
inite fields, vectors, matrices, polynomials, lattice basis reduction and basic linear algebra.
It is also called the Union Jack lattice because of the similitude of its unit cell to
lah, and Crumlin, the superstructure is not a lattice, being typically a Warren truss; and other la
r being one of the founders of the successful Lattice Boltzmann method for fluid dynamics.
s also authored the well-known monograph "The lattice Boltzmann equation for fluid dynamics and bey
onds, represented as dimers which live on the lattice bonds.
Stages :Adayar B.S., Adayar Depot, Lattice Bridge Rd.
The iron lattice bridges crossing the Gwydir River at Bundarra
The Lattice Brown (Kirinia roxelana) is a butterfly of th
0 is removed from this structure it remains a lattice but ceases to be complete.
e to insert lithium into the uranium trioxide lattice by electrochemical means, this is similar to
a single dislocation will offset the crystal lattice by one close-packed crystallographic spacing
µOhm·cm/h) due to self-damage of the crystal lattice by alpha radiation.
a body-centered cubic or face-centered cubic lattice by introducing the nearest neighbor vector lo
As originally implemented in Lattice C, the various functions mapped directly to t
ent on how easily dislocations in its crystal lattice can be propagated.
s and crystallographic defects in the crystal lattice can also play role of deep-level traps.
recovery, strain builds up within the crystal lattice causing it to warp.
anslational symmetry of a unit cell including lattice centering, the point group symmetry operation
nstant, and clearly depends on the particular lattice chosen for the walk since cn does.
- Manufacturers of electric fans, highmasts, lattice closed towers and poles.
The effect can destroy a crystal lattice completely while leaving the outward appearan
moments) can be calculated from the gradient lattice.. Considering the sets of local norms and phas
Pearson symbol cP16, space group P213 No.198, lattice constant 0.5125 nm.
The lattice constant changes smoothly between the values
It has a NaCl crystal structure, with a lattice constant of 685 picometres.
ees of freedom, making it possible to fix the lattice constant while varying the bandgap.
The lattice constant for zinc sulfide in the zincblende c
It is a crystalline solid with the lattice constant of 0.5615 nm.
lid having a cubic crystalline structure, the lattice constant of 628 pm and calculated density 3.9
The lattice constant is 0.61 nm.
The mismatches of lattice constants of the materials create tensions in
o avoid mechanical strain from differences in lattice constants.
This mast is of guyed steel lattice construction with triangular cross-section an
The rest are of steel lattice construction.
Each period of the Chasman-Green lattice contains a focusing quadrupole magnet symmetr
sed to distinguish between the electronic and lattice contributions to thermal conductivity.
m dissipation of thermal phonons in a crystal lattice, cooling the crystal in the process.
Lattice corneal dystrophy type I
en towers" (respectively) because their white lattice crowns resemble the heads of chess pieces.
Homemade rhubarb pie with lattice crust
onry and a verandah with iron lace and timber lattice decorations to the middle level with timber p
ntial for producing high densities of crystal lattice defects, particularly dislocations, which can
Lattice density functional theory (LDFT) is a statist
It has cubic lattice, density 7.08 g/cm³ and Mohs hardness is vari
n years, Aranovich and Donohue have developed lattice density functional theory (LDFT) based on a g
Lattice density functional theory has several advanta
(or Linzertorte) is an Austrian torte with a lattice design on top of the pastry.
Constructed out of wrought iron of lattice design, with glass covering the middle half a
Materials - wrought-iron framework of lattice design, glass covered the middle half, timber
Unlike most masts, which are of a lattice design, Winter Hill mast is of a tubular cons
worked with intricate polychrome foliate and lattice designs in the Moorish style.
etz (German for "tone-network"), a conceptual lattice diagram that shows a two-dimensional tonal pi
z (German for "tone-network") is a conceptual lattice diagram representing tonal space first descri
Sometimes a lattice display stand is built which adds particular
elating ability, low threshold inhibition and lattice distortion process.
This gain is a result of both lattice distortion and the modulus effect.
through the crystal, the electron carries the lattice distortion with it, thus one speaks of a clou
An example of a circular lattice distribution would be the probability of bein
crete, in which case they are called circular lattice distributions.
diffraction with Bertram Brockhouse and used lattice dynamics and to explain the phenomenon of fer
tion can be used as a simpler way of deriving lattice energies where high precision is not required
These solid salts have very high lattice energies.
However, the value of the lattice energy may either be derived theoretically fr
when ions are closer together the lattice energy increases (becomes more negative)
rned out of having significant effects on the lattice energy and other physical properties of heter
dispersion-corrected DFT step to estimate the lattice energy and stability of each short-listed can
The precise value of the lattice energy may not be determined experimentally,
excitations in strongly correlated materials, lattice excitations and so on.
the unsuccessful Multipurpose Applied Physics Lattice Experiment (MAPLE) atomic reactor, intended f
two new Canadian Multipurpose Applied Physics Lattice Experiment reactors planned and built to prod
Alongside the waiting room side platform is lattice fencing typical of M&GN stations.
making it more likely for a component of the lattice field to be able to stimulate the transition
Lattice field theory provides a way to study the glue
Lattice field theory
Lattice filter transformed from the prototype to oper
The lattice filter has an important application on lines
The most common application of lattice filters (X-sections) is in all-pass filters u
itions in stimuli responsive gels through his Lattice Fluid Hydrogels Bonding models.
the positions of the atoms within the crystal lattice follow the overall strain of the medium.
dimensional volume of P, divided by d(L) (see lattice for an explanation of the content or covolume
lts in what appears to be a hollowed out step lattice formation, as if someone had removed interior
Then the lattice forming parts will be counted and the titre c
ectrolytes are essentially gels in a flexible lattice framework.
tenna, which was carried by 8 250 metres tall lattice free-standing lattice towers with triangular
open arches flanked by two blank arches with lattice friezes.
lly ordered quotient space W(X)/~ is the free lattice FX given above.
, DA Meyer, "Modeling dynamical geometry with lattice gas automata", (1998).
iques to make 10x algorithmic improvements in lattice gas computations, landmark CFD accuracies, an
e of the latter's initial version of its FX/1 lattice gas parallel fluid flow computer.
uce Bogosian as a means of simulating quantum lattice gases, motivated by the use of "classical" ce
ience and foundations of quantum mechanics to lattice gauge theories to quantum gravity.
nuclear physics, for the first formulation of lattice gauge theory with chiral fermions, and for th
on of the microcanonical ensemble approach to lattice gauge theory with Aneesur Rahman, cited over
by several observations in calculations using lattice gauge theory.
iver diagram that is analogous to lattices in lattice gauge theory.
proximation is an approximation often used in lattice gauge theory in which the quantum loops of fe
numbers is computationally very difficult in lattice gauge theory.
of quantum chromodynamics, where he has used lattice gauge theory techniques to investigate spectr
A lattice girder footbridge linked the two platforms.
t was remarkable in being a rare example of a lattice girder supported on trestles, a combination o
ned in 1869 and consists of five wrought iron lattice girder spans of 35 metres each.
A lattice girder footbridge linked the platforms, while
Puente de las Calabazas is a lattice girder bridge near Coamo, Puerto Rico that da
The headgear is made from wrought iron lattice girders with rivetted plates at the joints.
It had a roof of wrought iron lattice girders and a tiled waiting room with the con
Each consists of six lattice girders: two 14-foot-deep girders (4.3 m), wh
he same year, National Grid Group merged with Lattice Group plc, owner of Transco - the UK gas dist
steel tower-shell and the world's first steel lattice hanging and arch-like overhead covers-shells
ia Exhibition in Nizhny Novgorod of 1896 with lattice hanging covering (tensile gridshell - lattice
m LQG's spin networks to Levin and Wen's spin lattice has yet to be done, but the project to do so
This subset of Young's lattice has both bilateral and rotational symmetry, a
A bounded lattice has a greatest (or maximum) and least (or min
The lattice has two basic structure units - the B12 icosa
tionalized by noting that the AgI crystalline lattice has essentially already partly melted in the
storage ring constructed with a Chasman-Green lattice has the important property that the circulati
Lattice Higgs Workshop, B. Berg, G. Bhanot, M. Burban
rst hyperboloid structure-the steel open-work lattice hyperboloid tower-is located.
as Stanislav Range Rear Light, is a vertical lattice hyperboloid structure of steel bars, serving
The lighthouse is a vertical lattice hyperboloid structure of steel bars, designed
A poset is a bounded lattice if and only if every finite set of elements (
this page, is that the graph G is a part of a lattice in Euclidean space.
Because it is a lattice in which the meet and join operations are rep
e magnetic properties of a theoretical kagome lattice in two or three dimensions.
ce holes due to interactions with the crystal lattice in which the electron moves.
erence of State Legislatures, Board member of Lattice Incorporated.
ron in a dielectric crystal, interacting with lattice ions through long-range forces will permanent
The Hasse diagram of this lattice is isomorphic to the vertex-edge incidence gr
An orthomodular lattice is therefore defined as an orthocomplemented
Conventionally, Young's lattice is depicted in a Hasse diagram with all eleme
The least element of this lattice is the number 1, since it divides any other n
A kagome lattice is an arrangement of laths composed of interl
The triclinic lattice is the least symmetric of the 14 three-dimens
The exterior lattice is painted a colour officially called "Sky Tr
In abstract algebra, a residuated lattice is an algebraic structure that is simultaneou
In other words, a relatively complemented lattice is characterized by the property that for eve
label-based mandatory access control model, a lattice is used to define the levels of security that
the Kelvin structure (or body-centered cubic lattice) is optimal.
Every semimodular lattice is weakly semimodular.
The traditional application of Young's lattice is to the description of the irreducible repr
This vertex arrangement or lattice is called the B4, D4, or F4 lattice.
However, since the concept lattice is complete one can consider the join (Oi, Ai
n the original two-port it is proved that the lattice is equivalent for those two cases.
Although called a lattice, it is more closely related to the trihexagon
process aided by contaminants present in the lattice, it is known as Horsting voiding, a process s
As an electron moves past atoms in the lattice its charge distorts or polarizes the nearby l
denotes an atomic site in a periodic crystal lattice, k is the wave vector of the Bloch wave, r is
Specifically, consider a lattice L in Euclidean space Rn and a d-dimensional p
hic to the spectrum of a bounded distributive lattice L. In this case, L is isomorphic (as a bounde
inction angle of various parts of the crystal lattice, leading to this type of extinction.
od match between the chromophore and the host lattice leads to a uniform environment for all the ch
sis is commonly known as Madagascar Laceleaf, Lattice Leaf or Lace Plant.
packages, including R through the vioplot and lattice libraries, and Stata through the vioplot add-
mall enough to fit between normal crystalline lattice locations.
For any choice of position vector R, the lattice looks exactly the same.
The diamond lattice M3 admits no orthocomplementation.
The lattice M4 admits 3 orthocomplementations.
udes a 152.4 metres (500 ft) high guyed steel lattice mast with square cross section, which is surm
It used a 337 metre high guyed steel lattice mast of triangular cross section.
                                                                                                   


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